Weathering of Limestone, Volume II
A special issue of Minerals (ISSN 2075-163X). This special issue belongs to the section "Mineral Geochemistry and Geochronology".
Deadline for manuscript submissions: closed (20 January 2024) | Viewed by 1916
Special Issue Editors
Interests: weathering in microscale; geochemistry; climate influence on weathering; geoarcheology; stratigraphy; quaternary; quartz grains
Special Issues, Collections and Topics in MDPI journals
Interests: weathering in cold climates; stone surface microroughness; relative dating of landforms; photointerpretation of landforms and fossil geological structures
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
The weathering of limestone plays a significant role in the development of landscapes, soil formation, decay of buildings and monuments, and global-scale shifting of carbon from the atmosphere to the land and the ocean. Carbonate rocks undergo complex rock decay processes including chemical, mechanical, and biological weathering, operating from the outcrop scale down to the atomic scale. Scientific research utilizes field, experimental, and laboratory studies. Wearing not only changes the surface and the internal texture of the rock but also its chemical and mineral composition. Furthermore, microbial communities can develop on and inside the rocks (lithobionts), resulting in rock decay by acidification, fissuring, and moisturization. However, the role of microbiota is still not well understood. Weathering of carbonate walls and monuments influences their geotechnical properties, thus it also constitutes a serious engineering problem. The degree of deterioration of ancient limestone buildings can provide archaeologists with valuable information about their age and it is a focus of conservation practices.
Studies of weathering microtextures, geochemistry, and isotopic content of rock constitute one of the main trends in contemporary geosciences. We look for appropriate models of the time-dependent evolution of the limestone weathering. This Special Issue of Minerals will be focused on new results of studies on different scales and both scientific aspects and more practical, engineering solutions. We especially welcome studies on the interaction between chemical, mechanical, and biological weathering, the effects of limestone weathering and calcite precipitation in various scales.
We welcome studies that utilize various research methods, including the following: complexometry, SEM, EDS analysis, Ion Beam Analysis, x-ray powder diffraction, extracting DNA for metagenomics analyses, and rock surface micro-roughness measuring techniques, among others. They all result in our better understanding of microscale processes and allow for better focusing of research outcomes and conclusions.
Prof. Dr. Barbara Woronko
Dr. Maciej Dąbski
Guest Editors
Manuscript Submission Information
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Keywords
- chemical weathering
- karstificiation
- mechanical weathering
- biological weathering
- lithobionts
- microscale weathering
- new measuring techniques
- weathering microforms
- weathering macroforms
- weathering rinds
- weathering coating
- engineering
- geoarcheology
Related Special Issue
- Weathering of Limestone in Minerals (6 articles)